The bioaccumulation of toxins is the process that causes concentrations
in tissue to be higher than in the environment, due
to the uptake of the algal toxins available through drinking, diet,
and/or direct contact (all possible exposure routes).
The biomagnification
is the process by which toxin concentrations are increased
through successive trophic level interactions (Kinnear, 2010).
Moreover, bioconcentration means that concentrations are greater
in the organism than in the water, where uptake can only be directly
from the water (dissolved toxin) (Ibelings and Chorus,
2007). The potential bioaccumulation of cyanobacterial toxins in
aquatic organisms and/or plants is of great concern, because these
organisms will subsequently be consumed by humans, thus
increasing the risk of intoxications
The bioaccumulation of toxins is the process that causes concentrations
in tissue to be higher than in the environment, due
to the uptake of the algal toxins available through drinking, diet,
and/or direct contact (all possible exposure routes).
The biomagnification
is the process by which toxin concentrations are increased
through successive trophic level interactions (Kinnear, 2010).
Moreover, bioconcentration means that concentrations are greater
in the organism than in the water, where uptake can only be directly
from the water (dissolved toxin) (Ibelings and Chorus,
2007). The potential bioaccumulation of cyanobacterial toxins in
aquatic organisms and/or plants is of great concern, because these
organisms will subsequently be consumed by humans, thus
increasing the risk of intoxications
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